ENHANCED ELECTROCHEMICAL DETECTION AND MEASUREMENT DEVICE THROUGH MECHANICAL VIBRATIONS

Abstract

The present invention relates to an electrolytic measuring and detection device comprising at least one base that allows the coupling of at least one electrode and, on the other hand, at least one vibrator motor. The device of the present invention advantageously facilitates electrochemical detection by means of the controlled transmission of mechanical vibrations from the at least one vibrator motor to the at least one electrode, thereby achieving superior performance without the need for complex manufacturing techniques or modifications to the sensor surface.The device of the present invention, derived from its configuration and / or arrangement, allows electrochemical analysis in different types of flows, including hydrodynamic flows, being able to interact with an analyzed substance upon contact with the surface of at least one electrode, and the vibrations generated by the at least one vibrating motor result in a remarkable amplification of the electrical signal, achieving significant improvements in detection.

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